9023

Overview

The Visaton 9023 is a 13 cm (5-inch) mid-range loudspeaker driver designed for audio reproduction. It features an 8-ohm nominal impedance and a paper cone construction. The component has a depth of 53 mm and supports an RMS rated power of 50 W, with a maximum power handling capacity of 80 W. Its frequency response range extends from 400 Hz to 13,000 Hz, making it suitable for mid-frequency applications in speaker systems.

Feature Summary

• Utilizes a paper cone material for transducer construction
• Designed as a dedicated mid-range driver unit
• Operates with an 8-ohm electrical impedance

Applications

• Mid-range driver integration in HiFi speaker systems
• Construction of multi-way loudspeaker enclosures
• Audio equipment requiring 13 cm diameter drivers

Procurement Notes

Verify the specific datasheet version when sourcing this component, as manufacturer specifications may be updated over time. Confirm that the required impedance matches your amplifier output stage. Ensure the physical mounting dimensions align with your enclosure design before finalizing procurement decisions.

Selection Notes

Select this driver when a 13 cm diameter mid-range unit is required for a crossover network. Consider the 50 W RMS power rating relative to the system's total power distribution. The 8-ohm impedance must match the crossover design calculations to ensure proper frequency division and efficiency within the intended audio application.

Part Context

Visaton manufactures a range of loudspeaker components for professional and consumer audio markets. The 9023 model belongs to their series of fixed-diameter drivers, specifically engineered for mid-frequency reproduction tasks. This product line emphasizes standard mechanical dimensions and reliable acoustic performance for DIY and industrial speaker building.

Replacement Considerations

Publicly confirmed substitute part numbers are not available in the provided documentation. Verify compatibility based on diameter, impedance, and mounting depth when selecting alternative mid-range drivers.